AbstracteSolar provides a low-cost, modular heliostat field solution for tower-based CSP facilities. Industry-leading cost has been achieved via large quantities of small (∼2.2 m2) single-facet, individually-controlled heliostats with simple field installation methods. These modular fields can contain up to 50,000 heliostats (108,000 m2) per receiver and a dozen or more modules may comprise a single plant, presenting a challenge for timely commissioning and calibration with previously existing technology. In response to this challenge, eSolar has developed a fully-automated proprietary calibration system that enables accurate individual heliostat tracking rapidly upon commissioning. The system operates by reflecting light from LEDs located ...
AbstractLow-cost heliostats with open-loop tracking systems require careful calibration in order to ...
The heliostat field at the Juelich solar towers meanwhile has a history of 15 years of operation exp...
Summary In this paper, a small non-imaging focusing heliostat is presented, and an analytical model ...
AbstracteSolar provides a low-cost, modular heliostat field solution for tower-based CSP facilities....
AbstractThe heliostat field is by far the most expensive part of a typical Central Receiver (CR) pla...
Large scale central receiver systems typically deploy between thousands to more than a hundred thous...
AbstractThis study provides a demonstration of an eight-parameter heliostat tracking-error correctio...
The characterization of the whole solar field of a solar tower power plant is a time consuming labor...
A new optical measurement method that simplifies and optimizes the mounting and canting of heliostat...
Heliostat calibration is a vital task in solar tower plants to ensure high plant efficiencies. Curre...
Solar Power Tower technology requires accurate techniques to ensure the optical performance of the h...
Solar tower power plants deliver climate-neutral electricity and process heat and can play a key rol...
none3noThis paper investigates the effect of tracking errors in heliostats used in solar tower power...
A new optical measurement method that simplifies and optimizes the mounting and canting of heliostat...
The heliostat field collects, reflects and concentrates solar radiation and irradiates the receiver ...
AbstractLow-cost heliostats with open-loop tracking systems require careful calibration in order to ...
The heliostat field at the Juelich solar towers meanwhile has a history of 15 years of operation exp...
Summary In this paper, a small non-imaging focusing heliostat is presented, and an analytical model ...
AbstracteSolar provides a low-cost, modular heliostat field solution for tower-based CSP facilities....
AbstractThe heliostat field is by far the most expensive part of a typical Central Receiver (CR) pla...
Large scale central receiver systems typically deploy between thousands to more than a hundred thous...
AbstractThis study provides a demonstration of an eight-parameter heliostat tracking-error correctio...
The characterization of the whole solar field of a solar tower power plant is a time consuming labor...
A new optical measurement method that simplifies and optimizes the mounting and canting of heliostat...
Heliostat calibration is a vital task in solar tower plants to ensure high plant efficiencies. Curre...
Solar Power Tower technology requires accurate techniques to ensure the optical performance of the h...
Solar tower power plants deliver climate-neutral electricity and process heat and can play a key rol...
none3noThis paper investigates the effect of tracking errors in heliostats used in solar tower power...
A new optical measurement method that simplifies and optimizes the mounting and canting of heliostat...
The heliostat field collects, reflects and concentrates solar radiation and irradiates the receiver ...
AbstractLow-cost heliostats with open-loop tracking systems require careful calibration in order to ...
The heliostat field at the Juelich solar towers meanwhile has a history of 15 years of operation exp...
Summary In this paper, a small non-imaging focusing heliostat is presented, and an analytical model ...